g3nrender

package

v1.0.0 Latest Latest Go to latest Published: Mar 1, 2024 License: MIT Imports: 13 Imported by: 2

Details

Valid go.mod file

The Go module system was introduced in Go 1.11 and is the official dependency management solution for Go.
Redistributable license

Redistributable licenses place minimal restrictions on how software can be used, modified, and redistributed.
Tagged version

Modules with tagged versions give importers more predictable builds.
Stable version

When a project reaches major version v1 it is considered stable.
Learn more about best practices

Repository

github.com/trimble-oss/tierceron-nute

Links

Open Source Insights

Documentation ¶

Constants ¶

This section is empty.

Variables ¶

This section is empty.

Functions ¶

This section is empty.

Types ¶

type BackgroundRenderer ¶

type BackgroundRenderer struct {
	GenericRenderer
	CollaboratingRenderer IG3nRenderer
	ActiveColor           *math32.Color
}

func (*BackgroundRenderer) Collaborate ¶

func (br *BackgroundRenderer) Collaborate(worldApp *g3nworld.WorldApp, collaboratingRenderer IG3nRenderer)

func (*BackgroundRenderer) GetRenderer ¶

func (br *BackgroundRenderer) GetRenderer(rendererName string) IG3nRenderer

func (*BackgroundRenderer) InitRenderLoop ¶

func (br *BackgroundRenderer) InitRenderLoop(worldApp *g3nworld.WorldApp) bool

func (*BackgroundRenderer) Layout ¶

func (br *BackgroundRenderer) Layout(worldApp *g3nworld.WorldApp,
	g3nRenderableElements []*g3nmash.G3nDetailedElement)

func (*BackgroundRenderer) NewInternalMeshAtPosition ¶

func (br *BackgroundRenderer) NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*BackgroundRenderer) NewRelatedMeshAtPosition ¶

func (br *BackgroundRenderer) NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode

func (*BackgroundRenderer) NewSolidAtPosition ¶

func (br *BackgroundRenderer) NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*BackgroundRenderer) NextCoordinate ¶

func (br *BackgroundRenderer) NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)

func (*BackgroundRenderer) RenderElement ¶

func (br *BackgroundRenderer) RenderElement(worldApp *g3nworld.WorldApp, g3nDetailedElement *g3nmash.G3nDetailedElement) bool

type G3nCollection ¶

type G3nCollection []*g3nmash.G3nDetailedElement

func (G3nCollection) Len ¶

func (a G3nCollection) Len() int

func (G3nCollection) Less ¶

func (a G3nCollection) Less(i, j int) bool

func (G3nCollection) Swap ¶

func (a G3nCollection) Swap(i, j int)

type G3nRenderType ¶

type G3nRenderType string

const (
	NONE   G3nRenderType = ""
	LAYOUT G3nRenderType = "Layout"
)

type GenericRenderer ¶

type GenericRenderer struct {
	RendererType G3nRenderType
}

func (*GenericRenderer) Collaborate ¶

func (gr *GenericRenderer) Collaborate(worldApp *g3nworld.WorldApp, collaboratingRenderer IG3nRenderer)

func (*GenericRenderer) GetRenderer ¶

func (gr *GenericRenderer) GetRenderer(rendererName string) IG3nRenderer

func (*GenericRenderer) GetRendererType ¶

func (gr *GenericRenderer) GetRendererType() G3nRenderType

func (*GenericRenderer) InitRenderLoop ¶

func (gr *GenericRenderer) InitRenderLoop(worldApp *g3nworld.WorldApp) bool

func (*GenericRenderer) Layout ¶

func (gr *GenericRenderer) Layout(worldApp *g3nworld.WorldApp,
	g3nRenderableElements []*g3nmash.G3nDetailedElement)

func (*GenericRenderer) LayoutBase ¶

func (gr *GenericRenderer) LayoutBase(worldApp *g3nworld.WorldApp,
	g3Renderer IG3nRenderer,
	g3nRenderableElements []*g3nmash.G3nDetailedElement)

func (*GenericRenderer) NewInternalMeshAtPosition ¶

func (*GenericRenderer) NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*GenericRenderer) NewRelatedMeshAtPosition ¶

func (*GenericRenderer) NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode

func (*GenericRenderer) NewSolidAtPosition ¶

func (*GenericRenderer) NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*GenericRenderer) NextCoordinate ¶

func (*GenericRenderer) NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)

func (*GenericRenderer) RenderElement ¶

func (gr *GenericRenderer) RenderElement(worldApp *g3nworld.WorldApp, g3n *g3nmash.G3nDetailedElement) bool

func (*GenericRenderer) Sort ¶

func (gr *GenericRenderer) Sort(worldApp *g3nworld.WorldApp, g3nRenderableElements G3nCollection) G3nCollection

type IG3nRenderer ¶

type IG3nRenderer interface {
	NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode
	NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode
	NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode
	NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)
	Sort(worldApp *g3nworld.WorldApp, g3nRenderableElements G3nCollection) G3nCollection
	Layout(worldApp *g3nworld.WorldApp, g3nRenderableElements []*g3nmash.G3nDetailedElement)
	InitRenderLoop(worldApp *g3nworld.WorldApp) bool
	RenderElement(worldApp *g3nworld.WorldApp, g3n *g3nmash.G3nDetailedElement) bool
	GetRenderer(rendererName string) IG3nRenderer
	GetRendererType() G3nRenderType
	Collaborate(worldApp *g3nworld.WorldApp, renderer IG3nRenderer)
}

type MashupRenderer ¶

type MashupRenderer struct {
	GenericRenderer
	// contains filtered or unexported fields
}

func (*MashupRenderer) AddRenderer ¶

func (mr *MashupRenderer) AddRenderer(genre string, renderer IG3nRenderer)

func (*MashupRenderer) Collaborate ¶

func (mr *MashupRenderer) Collaborate(worldApp *g3nworld.WorldApp, collaboratingRenderer IG3nRenderer)

func (*MashupRenderer) CollectElementByRenderer ¶

func (mr *MashupRenderer) CollectElementByRenderer(worldApp *g3nworld.WorldApp, elementsByRenderer map[string][]*g3nmash.G3nDetailedElement, concreteG3nRenderableElement *g3nmash.G3nDetailedElement)

func (*MashupRenderer) GetRenderer ¶

func (mr *MashupRenderer) GetRenderer(rendererName string) IG3nRenderer

func (*MashupRenderer) InitRenderLoop ¶

func (mr *MashupRenderer) InitRenderLoop(worldApp *g3nworld.WorldApp) bool

func (*MashupRenderer) Layout ¶

func (mr *MashupRenderer) Layout(worldApp *g3nworld.WorldApp,
	g3nRenderableElementCollection []*g3nmash.G3nDetailedElement)

func (*MashupRenderer) NewInternalMeshAtPosition ¶

func (mr *MashupRenderer) NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*MashupRenderer) NewRelatedMeshAtPosition ¶

func (mr *MashupRenderer) NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode

func (*MashupRenderer) NewSolidAtPosition ¶

func (mr *MashupRenderer) NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*MashupRenderer) NextCoordinate ¶

func (mr *MashupRenderer) NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)

func (*MashupRenderer) RenderElement ¶

func (mr *MashupRenderer) RenderElement(worldApp *g3nworld.WorldApp, g3n *g3nmash.G3nDetailedElement) bool

func (*MashupRenderer) Sort ¶

func (mr *MashupRenderer) Sort(worldApp *g3nworld.WorldApp, g3nRenderableElements G3nCollection) G3nCollection

type RelatedMesh ¶

type RelatedMesh struct {
	graphic.Mesh
	PrevPos *math32.Vector3 // Position of related mesh
}

type RelatedRenderer ¶

type RelatedRenderer struct {
	GenericRenderer
	// contains filtered or unexported fields
}

func (*RelatedRenderer) Layout ¶

func (rr *RelatedRenderer) Layout(worldApp *g3nworld.WorldApp,
	g3nRenderableElements []*g3nmash.G3nDetailedElement)

func (*RelatedRenderer) NewInternalMeshAtPosition ¶

func (tr *RelatedRenderer) NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*RelatedRenderer) NewRelatedMeshAtPosition ¶

func (tr *RelatedRenderer) NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode

func (*RelatedRenderer) NewSolidAtPosition ¶

func (tr *RelatedRenderer) NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*RelatedRenderer) NextCoordinate ¶

func (tr *RelatedRenderer) NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)

type TorusRenderer ¶

type TorusRenderer struct {
	GenericRenderer

	ActiveColor **math32.Color
	// contains filtered or unexported fields
}

func (*TorusRenderer) Collaborate ¶

func (tr *TorusRenderer) Collaborate(worldApp *g3nworld.WorldApp, collaboratingRenderer IG3nRenderer)

func (*TorusRenderer) Layout ¶

func (tr *TorusRenderer) Layout(worldApp *g3nworld.WorldApp,
	g3nRenderableElements []*g3nmash.G3nDetailedElement)

func (*TorusRenderer) NewInternalMeshAtPosition ¶

func (tr *TorusRenderer) NewInternalMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*TorusRenderer) NewRelatedMeshAtPosition ¶

func (tr *TorusRenderer) NewRelatedMeshAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3, vprevpos *math32.Vector3) core.INode

func (*TorusRenderer) NewSolidAtPosition ¶

func (tr *TorusRenderer) NewSolidAtPosition(g3n *g3nmash.G3nDetailedElement, vpos *math32.Vector3) core.INode

func (*TorusRenderer) NextCoordinate ¶

func (tr *TorusRenderer) NextCoordinate(g3n *g3nmash.G3nDetailedElement, totalElements int) (*g3nmash.G3nDetailedElement, *math32.Vector3)

func (*TorusRenderer) RemoveAll ¶

func (tr *TorusRenderer) RemoveAll(worldApp *g3nworld.WorldApp, childId int64)

func (*TorusRenderer) RenderElement ¶

func (tr *TorusRenderer) RenderElement(worldApp *g3nworld.WorldApp, g3nDetailedElement *g3nmash.G3nDetailedElement) bool

Source Files ¶

View all Source files

?	: This menu
/	: Search site
f or F	: Jump to
y or Y	: Canonical URL